I. Equipment Overview

1. Function: Applied for die-cutting and forming of lithium battery anode and cathode sheets.

2. 
   

Image: (Equipment shape diagram for reference)

II. Operation Process

Manual unwinding → Automatic unwinding → Automatic sheet positioning → Automatic sheet traction → Sheet die-cutting and forming → Automatic waste collection → Manual sheet collection

III. Technical Parameters

1. Material Specifications

2. Material Requirements

• Incoming material must be continuously coated.

• Sheet meandering error: 0.5mm/1000mm.

• Sheet winding error: ±15mm.

3. Main Technical Parameters

IV. Equipment Features

1. Composed of an automatic unwinding device, sheet positioning device, sheet punching device, driving traction device, and automatic waste collection device.

2. Unwinding Device: Uses an air expansion shaft structure with a positioning ruler; automatic unwinding via photoelectric switch sensing the sheet.

3. Sheet Positioning Assembly: Uses guide plate positioning guide wheels to ensure the sheet does not deviate during transport.

4. Driving Assembly: Uses a servo motor for automatic traction control, allowing for any sheet length to be set for traction.

5. Punching Assembly: Uses a cam mechanism for die cutting, with adjustable up-down, front-back, and angle movements. The die holder uses a modular structure for easy loading and adjustment.

6. Waste Sheet Collection Assembly: Includes a half-notch stainless steel cylinder to collect dust generated during waste collection and rewinding.

7. Conveyor Belt Adjustment Assembly: Uses multiple guide rods to limit the conveyor belt, which is a looped transmission.

8. Protection Device: Installed with an aluminum frame and organic glass protective cover. The die-cutting part is equipped with a protective optical fiber.

V. Main Component Structure

1. Die-cutting Mechanism: The upper die head is driven by a servo motor and linkage mechanism to perform accurate reciprocating up-and-down motion for die cutting.

2. Unwinding Mechanism: The unwinding motor uses photoelectric detection to control the position of the sheet for uniform unwinding.

3. Guiding Mechanism: Guides the sheet into the die-cutting position using a guide trough, correcting the sheet.

4. Traction Mechanism: A servo motor drives friction rollers and pressing wheels, positioning the sheet for movement.

5. Edge Waste Collection Mechanism: Collects edge waste after die-cutting using a rewinding motor.

VI. Main Component Brands

VII. Spare Parts List

VIII. Random Accessories List

IX. Consumables List